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Introduction to Electrocardiography provides the knowledge necessary to master the basic principles of electrocardiography.
Comprehensive interpretation of ECG tracings requires understanding of the physiologic mechanisms. e-Xpert ECG’s Introduction to Electrocardiography teaches cardiac anatomy and guides you through the principles of electrophysiology, ECG complexes, recognition of arrhythmias and myocardial infarctions. The attractive and detailed interactive animations clarify and simplify the many relevant concepts. Above all, hundreds of actual and highly detailed ECG tracings are integrated into the problem-based exercises.
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	Topics	Specifics
1	Anatomy	Basic anatomy: heart, valves, blood vessels, conduction system
2	Electrophysiology	Basic principles: depolarization and repolarization
3	ECG-complexes	P wave, PQ interval, QRS complex, ST segment, T wave, J point
4	Leads and electrodes	Definitions, electrical principles, lead placement
5	Electrical axis of the heart	Variants, clinical relevance, determination of the electrical heart axis
6	Determination of rate	Determination of bradycardia, tachycardia, regular and irregular rhythm
7	Bundle branch blocks	LBBB, RBBB, incomplete block, effect on heart axis, ECG criteria
8	Premature Complexes	Premature atrial, junctional and ventricular complexes, ventricular multigeminy
9	Ventricular complexes	Ventricular escape complexes, run of PVC's, sustained/non-sustained VT
10	Rhythm analysis	Sinus rhythm, atrial fibrillation, atrial flutter, VT, torsades de pointes, VF, blocks
11	Ischemia and infarcation	Q waves, T wave abnormalities, R progression, STT abnormalities

e-Xpert ECG Clinical Electrocardiography enhances the knowledge and skills needed for mastering clinical ECG interpretation. The interactive animations explain in an unparalleled way the mechanisms of reentrant tachycardias, aberrancy, localization principles of myocardial infarction, atrial and ventricular hypertrophy and much more. Above all, hundreds of actual and highly detailed ECG tracings are integrated into the problem-based exercises.
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	Topics	Specifics
1	Impulse and conduction	Sino-atrial blocks, AV-nodal blocks, conduction abnormalities
2	Reentry and SVT	Concepts of reentry, SVT, atrial flutter, AVNRT, atrial fibrillation, atrial tachycardia
3	Preexcitation	Preexcitation and WPW
4	Advanced rhythm analysis	AVNRT, extrasystole, sinus arryithmia, idioventricular, junctional, dying heart, sino-atrial blocks and arrest, AV-nodal blocks
5	Hypertrophy	LVH, RVH, atrial enlargement left, right, biatrial
6	Localization of infarction	anterior, inferior, lateral, septal, combinations, relation to coronary anatomy
7	Pericarditis	Pathophysiology, ECG abnormalities phase I-IV recognition
8	Pulmonary embolism	Pathophysiology, ECG recognition
9	Fascicular blocks	LAFB, LPFB, bifascicular block, trifascicular block
10	Advanced electrical axes	Precise determination using isoelectric leads
11	Hyperkalemia	Peaked T waves

e-Xpert ECG 3D Coronary anatomy is the innovative exciting learning application facilitating comprehension of coronary anatomy in relation to ECG interpretation and clinical cardiology. Unmatched schematic models of coronary anatomy supported by actual coronary angiograms and ECG tracings combined with problem-based exercises. Within a short time you will gain the knowledge necessary to distinguish the different coronary arteries shown on real angiograms. Learn how to predict the site of occlusion using an ECG. e-Xpert ECG 3D coronary anatomy provides instructive angiograms and their corresponding ECG tracings and discusses the pathophysiology of coronary artery occlusions.

	Topics	Specifics
1	Coronary anatomy	LAD, RCA, LCx, septal perforators, diagonal branches, MO branches, posterolateral branches, RDP SA branch, AV branch, left-right and co-dominant systems and more
2	Localization principles	Distal/ proximal RCA, right ventricle, LAD proximal/mid/distal, LCx
3	Right ECG	Relation to coronary anatomy